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[1]Zhang-WeiHe,Cong-CongTang,Wen-ZongLiu*,Yong-XiangRen,Ze-ChongGuo,Ai-JuanZhou,LingWang,Chun-XueYang,Ai-JieWang.Enhancedshort-chainfattyacidsproductionfromwasteactivatedsludgewithalkalinefollowedbypotassiumferratetreatment[J].Bioresourcetechnology,2019:121642.
[2]Zhang-WeiHe,Wen-ZongLiu*,QinGao,Cong-CongTang,LingWang,Ze-ChongGuo,Ai-JuanZhou&Ai-JieWang*.Potassiumferrateadditionasanalternativepre-treatmenttoenhanceshort-chainfattyacidsproductionfromwasteactivatedsludge.BioresourceTechnology,2018,247,174-181.
[3]Zhang-WeiHe,Chun-XueYang,LingWang,Ze-ChongGuo,Ai-JieWang*&Wen-ZongLiu*.Feasibilityofshort-termfermentationforshort-chainfattyacidsproductionfromwasteactivatedsludgeatinitialpH10:Roleandsignificanceofrhamnolipid[J].ChemicalEngineeringJournal,2016,290,125-135.
[4]Zhang-WeiHe,Wen-ZongLiu,LingWang,Chun-XueYang,Ze-ChongGuo,Ai-JuanZhou,Jian-YongLiu&Ai-JieWang*.Roleofextracellularpolymericsubstancesinenhancementofphosphorusreleasefromwasteactivatedsludgebyrhamnolipidaddition[J].Bioresourcetechnology,2016,202,59-66.
[5]Zhang-WeiHe,Wen-ZongLiu,LingWang,Cong-CongTang,Ze-ChongGuo,Chun-XueYang&Ai-JieWang*.ClarificationofphosphorusfractionsandphosphorusreleaseenhancementmechanismrelatedtopHduringwasteactivatedsludgetreatment[J].BioresourceTechnology,2016,222,217-225.
[6]ZhangweiHe,AijuanZhou,ChunxueYang,ZechongGuo,AijieWang*,WenzongLiu*&JunNan.Towardbioenergyrecoveryfromwasteactivatedsludge:improvingbio-hydrogenproductionandsludgereductionbypretreatmentcoupledwithanaerobicdigestion–microbialelectrolysiscells[J].RSCAdvances,2015,5(60),48413-48420.
[7]Zhang-WeiHe,Cong-CongTang,LingWang,Ze-ChongGuo,Ai-JuanZhou,DanSun*,Wen-ZongLiu*&Ai-JieWang.Transformationandreleaseofphosphorusfromwasteactivatedsludgeuponcombinedacid/alkalinetreatment[J].RSCAdvances,2017,7(56),35340-35345.
[8]ZhaoboChen*,ZhangweiHe,CongcongTang,DongxueHu,YuboCui,AijieWang,YingZhang,LilongYan&NanqiRen.Performanceandmodelofanovelmulti-spargermulti-stageairliftloopmembranebioreactortotreathigh-strength7-ACApharmaceuticalwastewater:Effectofhydraulicretentiontime,temperatureandpH[J].BioresourceTechnology,2014,167,241-250.（导师一作）
[9]ZhaoboChen*,ZhangweiHe,DongxueHu,YuboCui,ChunqiuRan,HuiGe,ShunliZhang,YueShi,MengjieYang,AijieWang,ZhiqiangChen&NanqiRen.Effectoftemperatureontreatingchemicalsynthesis-basedpharmaceuticalwastewatercontaining7-ACAbyanovelmulti-stageloopmembranebioreactor[J].JournalofChemicalTechnologyandBiotechnology.2015,90(6),1002-1012.（导师一作）
[10]WenzongLiu,ZhangweiHe,ChunxueYang,AijuanZhou,ZechongGuo,BinLiang,CristianoVarrone&Ai-JieWang*.Microbialnetworkforwasteactivatedsludgecascadeutilizationinanintegratedsystemofmicrobialelectrolysisandanaerobicfermentation[J].BiotechnologyforBiofuels,2016,9,83.
[11]CongcongTang,ZhangweiHe,FangboZhao*,XiaoyangLiang&ZhanshuangLi.Effectsofcationsontheformationofultrafiltrationmembranefoulinglayerswhenfilteringfulvicacid[J].Desalination,2014,352,174-180.
[12]ChunxueYang,ZhangweiHe,ZechongGuo,AijuanZhou,Ai-JieWang*&WenzongLiu*.Effectsoftemperatureonhydrolysisperformanceandshort-chainfattyacidsproductionduringthermophilicmicro-aerobicfermentationofwasteactivatedsludge[J].DesalinationandWaterTreatment,2016,57,13183-13189.
[13]Chun-XueYang,Zhang-WeiHe,Wen-ZongLiu*,Shao-PengYu,SangeethaThangavel,LingWang,Ze-ChongGuo,Jin-YuLu,Bao-LingLiu,Ai-JieWang.Phylogeneticanalysisofthekeymicroorganismsshiftinginhydrolysisandsubsequentfermentationwhiletreatingwasteactivatedsludgebythermophilicbacteria.BioresourceTechnologyReports,2019,6,168-174.
[14]ChunxueYang,WenzongLiu,ZhangweiHe,SangeethaThangavel,LingWang,AijuanZhou&Ai-JieWang*.Freezing/thawingpretreatmentcoupledwithbiologicalprocessofthermophilicGeobacillusspG1:Accelerationonwasteactivatedsludgehydrolysisandacidification[J].BioresourceTechnology,2015,175,509-516.
[15]Cong-CongTang,YuTian*,Zhang-WeiHe,WeiZuo,JunZhang.Performanceandmechanismofanovelalgal-bacterialsymbiosissystembasedonsequencingbatchsuspendedbiofilmreactortreatingdomesticwastewater.Bioresourcetechnology,2018,265,422-431.
[16]LingWang,WenzongLiu*,ZhangweiHe,ZechongGuo,AijuanZhou&AijieWang*.CathodichydrogenrecoveryandmethaneconversionusingPtcoating3DnickelfoaminsteadofPt-carbonclothinmicrobialelectrolysiscells[J].InternationalJournalofHydrogenEnergy,2017,42(31):19604-19610.
[17]ChunxueYang,AijuanZhou,ZhangweiHe,LeiJiang,ZechongGuo,Ai-JieWang*&WenzongLiu*.Effectsofultrasonic-assistedthermophilicbacteriapretreatmentonhydrolysis,acidification,andmicrobialcommunitiesinwaste-activatedsludgefermentationprocess[J].EnvironmentalScienceandPollutionResearch,2015,22,9100-9109.
[18]ZechongGuo,SangeethaThangavel,LingWang,ZhangweiHe,WeiweiCai,Ai-JieWang*&WenzongLiu*,EfficientMethaneProductionfromBeerWastewaterinaMembranelessMicrobialElectrolysisCellwithaStackedCathode:TheEffectoftheCathode/AnodeRatioonBioenergyRecovery[J].Energy&Fuels,2016,31(1):615-620.
[19]HongxuBao*,LeiJiang,ChunxiaoChen,ChunxueYang,ZhangweiHe,YaodongFeng,WeiweiCai,WenzongLiu&Ai-JieWang*,CombinationofultrasoundandFentontreatmentforimprovingthehydrolysisandacidificationofwasteactivatedsludge[J].RSCAdvances,2015,5(60),48468-48473.
[20]ZechongGuo,AijuanZhou,ChunxueYang,BinLiang,ThangavelSangeetha,ZhangweiHe,LingWang,WeiweiCai,AijieWang*&WenzongLiu*.Enhancedshortchainfattyacidsproductionfromwasteactivatedsludgeconditioningwithtypicalagriculturalresidues:carbonsourcecompositionregulatescommunityfunctions[J].Biotechnologyforbiofuels,2015,8(1):192.
[21]ZechongGuo,WenzongLiu*,ChunxueYang,LeiGao,ThangavelSangeetha,LingWang,ZhangweiHe,WeiweiCai&AijieWang*.Computationalandexperimentalanalysisoforganicdegradationpositivelyregulatedbybioelectrochemistryinananaerobicbioreactorsystem[J].WaterResearch,2017,125:170-179.
[22]CongcongTang,YuTian,HengLiang,WeiZuo,Zhen-WeiWang,JunZhang&Zhang-WeiHe.Enhancednitrogenandphosphorusremovalfromdomesticwastewaterviaalgae-assistedsequencingbatchbiofilmreactor.Bioresourcetechnology,2018,250:185-190.
[23]Chun-XueYang,Wen-ZongLiu,Jin-YuLu,Ai-JuanZhou,Yi-JianZhong,Bao-LingLiu,Zhang-WeiHe,Ai-JieWang,HongGuo,JunDong&Shao-PengYu.Enhancedshort-chainfattyacidsproductionfromwasteactivatedsludgebyalkaline-associatedthermophilicGeobacillussp.G1pretreatment.DesalinationandWaterTreatment,accepted.
[24]FuquanJia,ZhangweiHe,ZhujunTian*,ZhaoboChen,HongchengWang,YimengChen&BaojunJiang.Theapplicationofgeneticalgorithmbackpropagationneuralnetworkmodelonthepredictionandoptimizationofwastewatertreatmentsystem.AdvancedMaterialsResearch.2014,838:2525-2531.
[25]FuquanJia,ZhangweiHe,ZhujunTian*,ZhaoboChen,HongchengWang,YimengChen&BaojunJiang.Theapplicationofmathematicalstatisticalmethodoneffectivenessevaluationofalow-strengthcomplexwastewatertreatmentsystem.AdvancedMaterialsResearch,2014,838:2532-2538.
[26]崔玉波,孙红杰*,张万筠&贺张伟.污泥干化芦苇床渗滤液中CODCr和TP浓度预测模型[J].环境科学研究,2016,29(8),1224-1229.
[27]崔玉波*,张万筠,孙红杰,李建钢&贺张伟.污泥处理湿地系统渗滤液中总氮和氨氮的预测模型[J].中国给水排水,2015,31(17),72-75.
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